ccei PF10J025 Technical Manual Download Page 4

PHENIX 

Technical Manual 

v2.0 

CCEI 

page 4 

 

 

of the water. Generally, the potential should be between 550mV and 800mV. For public 
pools,  regulations  require  a  minimum  potential  of  between  650mV  and  750mV, 
depending on the country. 

 

Even though the device is calibrated in the factory, it is recommended to periodically 
calibrate the sensors and also the first time the device is put into operation in order to 
ensure the reliability of the measurement. To do that, simply follow the instructions in 
the CALIBRATION paragraph. 

 

 

OPERATION 

The system is switched on using the switch on the front of the device. 
PHENIX has a drop-down menu so you can see the status of the different PHENIX 
variables. In addition, this drop-down menu allows you to access the 
“SETTINGS” menu used to configure the device. 

 

DISPLAY 

The 

 

and 

 

keys on the keyboard are used to scroll through this menu. The 

different displays on this menu are as follows: 

 

The measured RedOx (ORP) potential is shown on the left in mV

1

. A “

P

” appears if the 

chlorinator  is  asked  to  produce  chlorine  then  an  arrow  indicates  if  filtration  is 
operational. The measured pH 

1

 is then displayed. 

Messages in the system status are displayed alternately on the screen: 

 

Stat

us 

Description 

Att. Filt 

The filtration pump is off. Regulation on hold. 

pH/24>> 

The max. volume of product injected per 24 hours 
has been exceeded. Waiting for the next 24 hour 
period 

Container Tank 

Indicates that the container is empty. Waiting for 
reinitialisation of the container volume 

pH > < 

The pH read is abnormal (>9.9 or <3.9). 
Check the sensor.  Repeat calibration. Check the 
pH7 and pH9.1 solutions 

Ox >  < 

The ORP read is abnormal (> 990mV or < 
150mV). Check the sensor.  Repeat calibration. 
Check the 650mV solution 

 

. An asterisk indicates that the value is being obtained. 

This device automates the treatment of you pool but the results of the measurements 
can  be  affected  by  numerous  factors  and  the  user  should  remain  vigilant  and 
periodically conduct a chemical analysis (test strips or colour indicator) to check the 
consistency of the results and recalibrate the sensors if necessary. 

570mV * 

 pH=7.2* 

Summary of Contents for PF10J025

Page 1: ...TECHNICAL CHARACTERISTICS 2 OVERVIEW 3 pH 3 Redox 3 OPERATION 4 Display 4 pH Menu 6 Oxidant Menu 8 Settings Menu 9 HYDRAULIC CONNECTION 10 Installing the sensors 10 Installing the injector 10 Installa...

Page 2: ...de to 650mV Accessories supplied 4 m of crystal tube 3 x Sockets in 50 mm 1 Suction strainer for pH corrector 1 x Injector 1 x pH7 Calibration solution 1 x pH9 Calibration solution 1 x 650mV Calibrati...

Page 3: ...e salt chlorinator causes an increase in pH which makes pH regulation particularly useful PHENIX maintains the pH of your pool by injecting a pH correcting solution into the water as required The user...

Page 4: ...l is shown on the left in mV1 A P appears if the chlorinator is asked to produce chlorine then an arrow indicates if filtration is operational The measured pH 1 is then displayed Messages in the syste...

Page 5: ...since the start of the 24 hour period When chlorine production is activated a P is displayed on the right of the screen The following three screens are only visible in Installer mode They allow acces...

Page 6: ...mode can be used during wintering for example To validate the mode press the key To exit the programme without validating the mode press the key This screen is used to define the pH set point To chang...

Page 7: ...iance is commissioned as stated in the Maintenance paragraph Calibration is carried out using the two solutions supplied with the PHENIX a PH7 solution and a PH9 solution To begin calibration press th...

Page 8: ...ns dependent on the operation of the filtration pump OFF to prevent the chlorinator injecting any chlorine This mode can be used during wintering for example To validate the mode press the key To exit...

Page 9: ...you access the various different PHENIX settings The and keys are used to scroll through this menu The different displays in this menu are This menu allows you to choose from 8 languages for the PHEN...

Page 10: ...holder and sensor must be used All connections should be made with TEFLON INSTALLING THE SENSORS The sensors are used to measure the pH and ORP The electrodes which form part of the sensors generate a...

Page 11: ...dle Pipe saddle to be positioned on the piping system INSTALLATION DIAGRAM The various parts of the PHENIX that must be positioned on the pool s piping system are The pH sensor must be positioned dire...

Page 12: ...PIDO and the LIMPIDO Connect the LIMPIDO flow detector to the PHENIX Flow detector input under the cabinet on the left Connect the control cable supplied with the PHENIX between the PHENIX control out...

Page 13: ...input under the cabinet on the left using one of the two cables obtained above Connect the control output of the PHENIX under the cabinet on the right to the Flow detector input of the LIMPIDO EZ usin...

Page 14: ...tor input of the PHENIX under the cabinet on the left using one of the two cables obtained above Connect the control output of the PHENIX under the cabinet on the right to the RedOx Control input of t...

Page 15: ...immediately sensors stored dry require rehydration for several hours but they will be less aged Consequently we recommend for long term storage store dry for short term storage in a trimolar KCl solu...

Page 16: ...he appliance has been cleaned with a cleaning solution after a long period of storage if the measurements results differ too much from the expected results Date of sale Serial no Declaration The compa...

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